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An FPC LCD, or Flexible Printed Circuit LCD, utilizes a flexible printed circuit board (FPC) for connection. This interconnection method can serve as the lead output interface for LCD glass without a driver chip, and can also achieve integrated connection with COG (chip-on-glass) LCDs. These products feature a solder-free design for easy installation and a lightweight, compact structure, making them suitable for various applications with strict space and weight requirements.
FPC LCDs offer excellent thinness, lightness, and flexibility, with an overall thickness controllable to just a few millimeters. They support bending, folding, and even rolling, allowing for flexible adaptation to three-dimensional spatial arrangements. Having undergone rigorous testing, these products possess outstanding mechanical stability and electrical performance, ensuring long-term operational reliability. They utilize a plug-in connection design, enabling efficient integration with the main board without the need for soldering, thus enhancing production efficiency. Furthermore, they support high-density wiring processes, enabling complex circuit layouts within limited spaces and fully meeting the technical requirements of small-sized LCD segment code screens that demand high-density pinouts with numerous leads. In all other performance aspects, FPC LCDs are completely identical to standard LCD screens and can pass stringent environmental tests. They also meet the parameter requirements for industries such as industrial controls, medical devices, automotive, and home appliances. With over 10,000 customized product models ranging from EDC001 to EDC26035, all products comply with the RoHS 2.0 directive and REACH regulations.
| Manufacturer | Eastern Display |
| Display mode | VA /TN/HTN/STN?LCD |
| Viewing angle | 6/12 O’ CLOCK |
| Operating voltage | 3.0V ---5.0V |
| Viewing angle range | 120-180° |
| Connection | FPC |
| Driver chip model | / |
| Backlight type/color | / |
| Operating temperature | -40℃-80℃ |
| Storage temperature | -40℃-85℃ |
| Lifetime | 100000?H |
| Multi-color | YES |
| Special shaped | YES |
| Product features | solder-free process, flexible plug-in assembly |
Keywords：LCD display screen/LCD16x2/LCD display 16x2/i2c LCDdisplay/ips LCD/led backlit LCD/Dot matrix display/LCD dot matrix display/mini LCD screen/transparent LCD screen/LCD1602/r LCD/EDC18109-01/EDC9697VA/EDC9698VA
The VA segment code COG LCD module, known for its high reliability, superior optical performance, and cost-effectiveness, has become an ideal choice for display systems in small electric vehicles. This custom segment code COG module features a VA LCD screen, which is manufactured using the COG process and integrated with a driver chip. The LCD screen operates in VA mode and is connected to the main MCU via an I2C interface, using FPC (Flexible Printed Circuit) technology. This type of LCD module can be customized according to specific needs, offering high contrast, wide viewing angles, excellent display quality, a broad operating temperature range, low power consumption, a lightweight design, and stable performance.
Product description: This product is an industrial TFT display with a resolution of 8...
The segment COG module features a TN or VA LCD display with LED backlighting, ensuring clear visibility in both bright and dim environments. Utilizing the COG technology, it integrates driver chips and connects to the main MCU via SPI/I2C interfaces through flexible printed circuits (FPC) or metal pins. This lightweight design offers wide temperature tolerance, low power consumption, user-friendly operation, and excellent cost-effectiveness. Customizable configurations are available for various LCD types including TN, HTN, STN, FSTN, and VA. The display supports seven-segment numbers and customizable graphic symbols, making it widely applicable in automotive air conditioning controllers.
This product is a custom segment code COG module, its display is TN LCD screen, using COG module process, integrated driver chip, LCD screen is reflective mode, connected to the main control MCU through the serial interface, the connection mode is PIN or FPC.This type of LCD module has a wide range of operating temperatures, low power consumption, thin and light structure, good display effect, stable performance and other characteristics.
LCD screens are extensively used in display interfaces of sports equipment such as treadmills, rowing machines, and spin bikes. These cost-effective LCD segment displays feature clarity, stability, reliability, and low power consumption. They can display essential exercise metrics including time, speed, distance, calories burned, heart rate, preset programs, and workout levels. The screens also perform reliably in complex environments like gyms or homes, adapting to temperature fluctuations, vibrations, and lighting variations.
Vehicle-mounted LCD displays require exceptional electrostatic discharge (ESD) resistance. Given the complex and dynamic automotive environment, electrostatic discharge (ESD) remains a primary cause of electronic component failures. The anti-static standards for automotive displays are exceptionally stringent, far exceeding those of consumer electronics. Common contact discharge levels typically range from ±4kV, ±6kV, and ±8kV, while airborne discharge levels generally exceed ±8kV, ±15kV, and ±25kV Core requirements: clear, stable, reliable, low power consumption.
Product description: 7-inch tft display uses automotive-grade LCD and backlight mater...
Backlit LCD segment display: LCD screens in environments with varying brightness levels typically require backlighting. Additionally, LCD products with screen printing and color film effects generally need backlighting support to achieve the desired screen printing results. Both backlighting and LCD screens can be customized for irregular shapes.
The VA-type display with glass cover is a high-reliability, high-contrast solution utilizing VA (Vertical Alignment) liquid crystal technology. It features a highly transparent and durable glass cover that supports screen printing of text or graphics. This product combines the superior optical performance of VA liquid crystals with the protective characteristics of glass cover materials, delivering clear and durable visual effects. It is suitable for industrial, medical, home appliance, and automotive electronics applications in harsh environments.
This product is a 240128 LCD dot matrix display that can display graphics with 240 columns x 128 rows of pixels. The display uses STN Negative mode LED backlit LCD, displays white text on a blue background, and has high contrast and wide viewing angle. The module contains a driver chip, uses COB and SMT production processes, and is connected to the main control MCU through an 8-bit parallel LCD interface to display various images and texts.
Digital display + intelligent interaction + data-compliant operation are the intuitive hallmarks that distinguish modern electronic balances from traditional mechanical balances. HTN LCD are widely used in various electronic balance products, such as ultra-micro electronic balances, micro electronic balances, semi-micro electronic balances, and analytical balances. They directly display weighing results with clear, unambiguous digits, eliminating reading errors caused by various factors in mechanical balances. Backlit HTN LCD ensure clear visibility even under low-light conditions, improving reading reliability. When electronic balances are connected to printers, computers, and other devices, they can display GLP data reports in real time, which is crucial for establishing a traceable and transparent experimental data management system.
This product is a mini OLED display with a resolution of 128×32 pixels, an I2C interface, and a brightness of 150cd/m2. It operates within a temperature range of-40℃ to 70℃ and features ultra-low power consumption, high contrast, and a wide viewing angle. The display content is clear and prominent. It is widely used in applications such as pulse oximeters, paint film testers, flow meters, gas detectors, and temperature and humidity monitors.
This product is a 14432 LCD dot matrix display that can display graphics with 144 columns x 32 rows of pixels. The display uses a Blue Negative Mode LED backlit LCD to display white text on a blue background, with high contrast and wide viewing angle. The module contains a driver chip, uses COB production technology, and is connected to the main control MCU through a 3-wire SPI interface to display various images and texts. It contains a simplified Chinese character library, and data transmission is simple.
This product is a 128×33 LCD dot matrix display capable of displaying graphics with 128 columns and 33 rows of pixels. The display utilizes an FSTN Transflective mode. A brightness enhancement film is attached to the bottom, and it can be paired with LED bottom backlight illumination. It displays blue-black characters on a gray background, offering high contrast, wide viewing angle, and a broad operating temperature range. The module contains a driver IC and employs COG (Chip-On-Glass) production technology, resulting in a thin, lightweight product with low power consumption. It connects to the master MCU via an SPI interface and is used for displaying various images and text.
The 8-inch TFT display features a 1280×720 resolution IPS panel and a 1000 cd/m2 high-brightness LED backlight, ensuring clear visibility even in direct sunlight. Engineered to operate reliably across a wide temperature range from -30℃ to 85℃ and maintain stable performance in complex electromagnetic environments, it is ideally suited for demanding applications such as smart EV instrument clusters, medical device control panels, industrial weighing terminals, and analytical instruments.
